Sea sponges maintain homeostasis through a combination of simple diffusion and specialized cells called archaeocytes. These cells regulate the flow of water through the sponge's pores, allowing for the exchange of gases, nutrients, and waste products. Additionally, sea sponges can adjust their water flow rate and filter feeding activity to maintain internal stability in response to changing environmental conditions.
Homeostasis
All living organisms maintain homeostasis.
I don't know for sure, but since you asked for an opinion... I have two theories. 1. The tunnels and holes are there to allow for the absorption of more oxygen from the water around it. 2. The tunnels and holes are there to provide shelter for smaller organisms that form a symbiotic relationship with the sea sponge.
Predators of the yellow sponge include sea slugs, nudibranchs, and certain species of sea stars that feed on sponges. These predators can consume the sponge either by physically consuming it or by feeding on the cells of the sponge.
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no they contain very high toxic acid
a kitchen sponge sea spone purple sponge (sea sponge)
He is a sea sponge. His appearance makes him appear as a kitchen sponge, yet Sea sponges do not look like this.a sponge.
Yes, sea cucumbers maintain homeostasis, which is the ability to regulate their internal environment despite external changes. They achieve this through various physiological processes, such as regulating osmotic balance and managing their metabolic functions. Sea cucumbers can also adapt to changes in temperature and salinity, helping them survive in diverse marine environments. Overall, their ability to maintain homeostasis is crucial for their survival and overall health in the ocean.
There are 6 different types of sea sponges, the tube sponge, vase sponge, yellow sponge, bright red tree sponge, painted tunicate sponge, and the sea squirt sponge.
Sea sponge
a sponge that lives in the sea
He is a sea sponge.
your body must give of heat if it is going to maintain homeostasis. You eat to maintain homeostasis.
are unable to maintain homeostasis
Sometimes release oxygen if they have too much oxygen to maintain homeostasis